Proportions are used in real life to determine prices of things.
Yes, it can be used in real life. For example: You want to buy a photoframe from a shop. You are choosing the right size for your photo. What do you need? Geometry. If you don't take 12cm x 12 cm as geometry, then look at angles. Imagine you want to build a pyramid, and the traingular faces must be equilateral, you need geometry to make sure that each angle is 60 degrees. So, geometry can be used in real life.
Believe it or not, school is a real life situation. If you are using it in school it real life for you.
The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.
If you are in school and are studying trig then you are using trig in real life.
The exterior angle formed by the letter "V". Notice how this shape is commonly used; for example the wings on a stealth bomber or an arrowhead have this shape.
In a non-academic, practical setting the LCM is used when unlike fractions are added or subtracted, like when a carpenter has to add measurements of eights and sixteenths.
Proportions are used in real life to determine prices of things.
A theodolite is an instrument that is used in archaeoastronomy. To change the face for taking angle measurements when using a theodolite you must turn the telescope by 180 degrees.
A protractor is commonly used to measure the incident angle of a light beam. Alternatively, an optical goniometer can provide accurate measurements of the incident angle with high precision.
Yes, it can be used in real life. For example: You want to buy a photoframe from a shop. You are choosing the right size for your photo. What do you need? Geometry. If you don't take 12cm x 12 cm as geometry, then look at angles. Imagine you want to build a pyramid, and the traingular faces must be equilateral, you need geometry to make sure that each angle is 60 degrees. So, geometry can be used in real life.
There are lots of measurements used in everyday life.Like perimeter, and measuring tools.
Geometry is more about real life subjects. Algebra simply finds a missing number or how things are on a graph. Geometry uses these stratagies but it contains more real life situations. It has to do with shapes, angle measurments and the volume, area and permeter of objects which is used in construction and other real life situations.
Bearings are used in everyday life for builds such as; wind turbines, turn tables, car transmission gears, aircraft landing wheels and windows. the most common angle points used for these bearings are 90 degrees, 180 degrees and 360 degrees.
Believe it or not, school is a real life situation. If you are using it in school it real life for you.
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The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.The answer will depend on the units used for the measurements of the tiles: whether they are in square centimetres, inches or other units.That will give a mathematical answer to the question. In real life, though, the answer will also depend on how "well behaved" the area is, to what extent you are able to use offcuts and so on.